The document describes a column sensor manufactured by DAYSENSOR that: - Has high stability and can be installed in small spaces. It uses high quality alloy steel. - Has applications in automobile compression, automatic assembly, 3C production testing, new energy product assembly, medical testing, and other industrial fields that require dynamic equipment testing. - Provides technical specifications for the sensor's rated range, output sensitivity, zero point output, non-linearity, lag, repeatability, creep, temperature sensitivity drift, zero temperature drift, response frequency, material, impedance, insulation resistance, use voltage, operating temperature range, safety overload, extreme overload, cable specifications, and cable limit pull force.

1. DAYSENSOR
DYZ-011 Column sensor
Features:
·High stability
·Can be installed in a small space
·Can be non-standard customized
·Anti-interference signals are stable
·High quality alloy steel
·widely used in automobile compression,
automatic assembly, 3C production
Product testing, new energy product
assembly, medical testing, machine Maker
field, mold assembly and other industrial
testing, since Field of dynamic equipment
and testing.
qualification
Rated quantitative schedule T 0-1000
Output sensitivity mV/V 2.0/3.0±10%
Zero point output %F.S. ±2
Non-linear %F.S. 0.3
lag %F.S. 0.1
Repeatability %F.S. 0.1
Creep (30 min) %F.S. 0.05
Temperature sensitivity drift %F.S./10℃ 0.05
Zero temperature drift %F.S./10℃ 0.05
Response frequency Hz 1k
Material 42CrMoA
impedance Ω 700
Insulation resistance MΩ/100V DC ≥5000
Use voltage V 5-15
Operating temperature range ℃ -20-80
Safety overload %R.C. 150
Extreme overload %R.C. 200
Cable line specifications m Φ5*3m
Cable limit pull force N 98
TEDS selectable
1) High temperature sensors are available, with a maximum operating temperature of 150℃.
2) High impedance sensors can be provided with an output impedance of 1000 Ω.
https://www.loadcells.store

2. DAYSENSOR
Product Size Fig
Unit: mm
Range（T） 2-20 30-50 60-100 200 300 500 700-1000t
Φa 54 78 98 128 154 196 246
φB 54 78 98 128 154 196 246
C 65 100 110 140 170 220 282
D M4 M6 M6 M6 M8 M10 M16
E 35 55 75 100 120 150 190
R 80 100 120 200 300 400 500
G 85 125 140 180 215 275 352
F 30 47 55 70 85 110 132
force diagram
Top cap delivery
jacking
block